Core Insights - The 2025 Jiangsu Industry-University-Research Cooperation Conference showcased revolutionary advancements in material science, including real-time capture of microstructural evolution and temperature-responsive materials [1] Group 1: In-Situ CT Technology - The in-situ CT technology developed by Nanjing University of Technology addresses industry pain points by allowing observation of material structure evolution under extreme conditions, simulating environments from -150°C to 2000°C [2] - This technology enables three-dimensional quantitative observation of material changes, providing direct evidence for performance optimization [2] - Currently, over 230 universities and research institutions have adopted this technology, with ongoing development for more advanced and standardized devices [3] Group 2: Thermoresponsive Elastin-like Protein Gel - The elastin-like protein gel developed by Jiangsu Peiteng Biotechnology Co., Ltd. transforms from liquid to solid at body temperature, making it ideal for regenerative medicine applications [3][4] - The gel's temperature-responsive feature allows it to act as a "3D scaffold," supporting cell growth and guiding orderly cell arrangement [3] - This material is suitable for various applications, including stem cell culture, organ construction, drug screening, and aesthetic medicine [3] Group 3: Transparent Display Technology - Suzhou Su Da Wei Ge Technology Group has developed a transparent nanophotonic display that seamlessly integrates virtual and real images, enhancing visual experiences [5] - The nanograting structure on the glass allows for efficient light manipulation, creating virtual images while maintaining background clarity [6] - This display technology has potential applications in cultural venues and automotive displays, improving user interaction and reducing driver fatigue [6]

证券日报网讯科达利（002850）8月18日发布公告，在公司回答调研者提问时表示，客户普遍关注并表 示认可特殊PEEK材料解决方案。公司将继续发挥材料研发优势，针对不同应用场景开发专用材料。创 新能力不仅是公司发展的强项，也是公司成为客户优先选择的长期合作伙伴，并赢得行业领先企业的高 度信任的重要前提。 ...